A melting sleeve automatic mold removal detection sorting unit

Abstract

The invention discloses an automatic melting sleeve die dismounting, detecting and sorting unit. The automatic melting sleeve die dismounting, detecting and sorting unit comprises a die dismounting and detecting mechanism, a conveying mechanism, a feeding mechanism and a collecting box. The feeding mechanism is fixed to the upper portion of the die dismounting and detecting mechanism, the conveying mechanism is fixed to one side of the die dismounting and detecting mechanism, and the collecting box is fixed to the output side of the conveying mechanism. The die dismounting and detecting mechanism is fixed to the upper portion of the rack. The feeding mechanism is fixed to the rack through a stand column. The die dismounting and detecting mechanism comprises a die dismounting assembly and adetecting assembly, and the detecting assembly is fixed to the lateral side of the die dismounting assembly. The automatic melting sleeve die dismounting, detecting and sorting unit is high in automation degree and capable of saving workers and improving production efficiency, and has high market application value.

Description

technical field [0001] The invention relates to the field of automation, in particular to an automatic mold removal detection and sorting unit for molten sleeves. Background technique [0002] The electrofusion sleeve is heated by the Joule effect by heating elements embedded in the interface between it and the pipe, causing the material around them to melt, thereby fusing the pipe and fitting surfaces together. One of the methods of achieving such a joint is to insert the ends of the plastic tubing into the electrofusion sleeve and meet the ends within the electrofusion sleeve. The conductor (enameled wire) is embedded in the inner surface of the electrofusion sleeve. When the ends of the two pipes are inside the electrofusion sleeve, start the electric fusion welding machine to pass the current through the resistance wire to heat the two ends, and then melt the plastic (PE) around the resistance wire and the outer surface of the pipe. part so that the two ends are fused ...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, in the production process of the electrofusion sleeve, it is necessary to wind the conductor (enameled wire) on the mandrel, send it to the injection molding machine for injection molding, and then enter the cooling system for cooling. After cooling, the electrofusion sleeve needs to be disassembled. The mold is to pull out the mandrel in the electrofusion sleeve. The mandrel is composed of two columnar metal rods. In the prior art, manual removal of the mold is required, and then the electrical testing of the electrofusion sleeve is still required. It is time-consuming and labor-intensive, and the production efficiency is low for visual inspection and sorting of the electrofusion sleeves after inspection.

Images